DEEPAK V S

Date of Birth: 12/12/02

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• Self Navigating Robot using LIDAR, Designed and implemented a self-navigating robot using LiDAR that utilizes laser sensing to map its environment, plan paths, avoid obstacles, and navigate autonomously.
• PRAAMANIC - Prevention of Acute Overflow Accompanied by Notification Alerts to the Customers, Designed and implemented an IoT-based water flow monitoring and channel control system utilizing Blynk cloud for efficient water resource management and flood control.
• Design and Characterization of Capacitive Sensors for Biomedical application, Using IV (Intravenous) bags as capacitive sensors involves exploiting their capacitance properties to detect changes in fluid levels. By measuring the capacitance variations, one can monitor fluid infusion rates.
• Password System using Logic gates, A password system using logic gates compares input switches/buttons to a preset sequence. If the input matches the password, an output activates, controlling access to the system or devices.
• Line following Robot using 8051 Microcontroller, A line-following robot using the 8051 microcontroller typically involves IR sensors to detect lines, motor drivers to control movement, and the 8051 as the central processing unit. The microcontroller interprets sensor inputs to navigate along a specified path.
• IOT Based intravenous bag monitoring system using CC3200 MCU, The IoT-based IV bag monitoring system employs the CC3200 MCU, sensors, and Wi-Fi connectivity to track IV fluid levels. Data is transmitted to a cloud platform, enabling remote monitoring, alerts, and notifications for healthcare providers, ensuring patient safety.